Po w e r o f ICT Roland Jakab Managing Director Ericsson Hungary - - PowerPoint PPT Presentation

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Aug 28, 2022 362 likes •605 views

Tr a n s f o r m a t iv e Po w e r o f ICT Roland Jakab Managing Director Ericsson Hungary Mo r e c o n n e c t io n s 50 15 years 50 billion connected devices 40 Connections (Billionm) 30 25 years 5 billion connected people 20 100

SLIDE 1

Tr a n s f o r m a t iv e

Po w e r o f ICT

Roland Jakab

Managing Director Ericsson Hungary

SLIDE 2

Mo r e c o n n e c t io n s

1875 2000 1975 10 30 50 15 years 50 billion connected devices 25 years 5 billion connected people 100 years 1 billion connected location 20 40 Connections (Billionm) 2020

SLIDE 3

ACCELERATING THE NETWORKED SOCIETY

5G, Internet of Things and Cloud accelerate the Networked Society Agility Ecosystem Innovation Growth Efficiency

SLIDE 4 ICT Vertical Silos M2M Enterprise & Line of Business Cross-industry Collaboration IoT BUSINESS MODELS PLATFORMS Analytics Security OSS/BSS INFRASTRUCTURE Mobility Broadband Cloud Innovation Digitalization

In d u s t r y Tr a n s f o r m a t io n Un d e r w a y

SLIDE 5 Source: Ericsson Mobility Report, Nov 2015

Co n n e c t e d De v ic e s

in 20 21

28 BILLION

15 b il l io n

IoT DEVICES

13 b il l io n

MOBILE PHONES, PC’S, LAPTOPS, TABLETS

SLIDE 6

5g

USE CASES

What will happen in the next five years? Industries will be transformed by new capabilities brought on by 5G. Examples of these capabilities include: 1.The ability to download a full-length HD movie in seconds. 2.The quick reaction time (low latency) to enable remote real- time tactile control. 3.The ability to spin up virtual networks on-demand with network slicing. 4.Battery lifetimes beyond 10 years for remote cellular devices.

SLIDE 7

5G Ra d io Ac c e s s

New radio-access technology

Existing spectrum Below 6 GHz Interworking New spectrum Above 6 GHz New spectrum below 6 GHz

Evolution of LTE

Backwards compatible

Overall 5G solution

1 GHz 3 GHz 10 GHz 30 GHz 100 GHz 1 GHz 3 GHz 10 GHz 30 GHz 100 GHz Gradual migration

SLIDE 8

5G e x a m pl e s : A r e a l g a m e c h a n g e r

Full-length HD movie in seconds 10 year battery life for remote sensors Fixed wireless broadband Drone control & communication Remotely operate robots Virtual Reality / hologram Stop a self-driving car faster

5G 4G

SLIDE 9

ONE n e t w o r k w it h d yn a m ic a n d s e c u r e Ne t w o r k Sl ic e s

SLIDE 10

10 h o t t r e n d 20 16

SLIDE 11

Big g e s t r is k ?

SLIDE 12

ROI

SLIDE 13

Ris k o f ig n o r a n c e

SLIDE 14

Win 3

INNOVATION INDUSTRIAL PROJECTS STRATEGIC THINKING TECHNOLOGY LEADERSHIP

SLIDE 15

SLIDE 16

Un iv e r s it y Pa r t n e r s h ips

Launching and supervising University projects

Ind. Internship for

undergraduate and PhD students Cooperation on EU projects Participation in University Education Launching and supervising PhD thesis Strong relationship between universities and R&D dept.

SLIDE 17

1. Fight fire with fire – embrace the threat
2. Disrupt yourself
3. Leverage the right assets
4. Focus on value, not structure
5. Rethink your core business
6. Don’t stare in the mirror
7. Focus on platform engagement

7 pr in c ipl e s

SLIDE 18

SLIDE 19

Dig it a l t r a n s f o r m a t io n c h a n g in g in d u s t r y l o g ic s

Industrial age logics:

Value-chains
Products & services
In-house innovation
Customer solutions
Scale with assets
Transactional partnerships

Networked Society logics:

Value- & ecosystems
SW & platforms
Collaborative innovation
Customer value-(co)creation
Scale with scope and speed
Strategic partnerships

SLIDE 20

Pe r f o r m a n c e d iv e r s if ic a t io n

n t h e r o a d t o 5g

Reduced Device Cost Improved Coverage Improved Battery Life 150 MBPS 300 MBPS 450 MBPS 600 MBPS 1 GBPS LTE Cat 1 Power Saving Mode (GSM & LTE) LTE Cat 0 & HD-FDD LTE Cat-M Extended DRX (GSM & LTE) LTE NB-IoT (180-200kHz Narrowband) Extended Coverage (GSM & LTE)

New Categories of Cellular Connected Applications HIGH BW CRITICAL LOW BW MASSIVE

SLIDE 21

Wh e r e is t h e Mo n e y?

Connectivity <1% Connectivity mgmnt 5% Service Enablement 10% Analytics & Data Monetization 10% Industry Verticals Applications & Services 75% Source: Ericsson report and Machina Research 2016

SLIDE 22

e v o l u t io n o f Ou r r &d a n d o u r u n iv e r s it y l a b s

1991 Ericsson Hungary launches R&D

>>> >>> 1992

High Speed Networks Lab (BME VIK) launched 1996 Traffic Lab at Ericsson Hungary

>>> >>> 2000

Comm. Networks Lab (ELTE TTK) launched

2005 Hardware development at Ericsson Hungary

>>> >>> 2006

<100 Ericsson PhD at universities 2007 Ericsson Hungary development dept. expanding again

>>> >>> 2008

Complex Hardware Lab (BME VIK) launched 2011 Software Technology Research starts at Ericsson Hungary

>>> >>> 2011

Software Technology Lab (ELTE IK) launched 2012 Innovation Org. founded

>>> >>> 2014

Joined EIT ICT Labs 2015 Ericsson Garage launched 2013 Budapest receives Cloud product development responsibilities, strong gain

>>> >>> 2014 Cloud partnership with BME and SZE

2015 Growing strong at Analytics

>>> >>> 2015

SZTAKI Partnership at Analytics

SLIDE 23

Fr o m Id e a t o pr o d u c t

Ericsson Research Ericsson Traffic Lab

IP QoS and routing

Development of Ericsson services and products Universities

Analytics Conformance testing Cloud performance Ericsson Expert Analytics Automated Testing System Cloud Systems Router and SDN products